We are a leading OEM supplier of smart polymer-based consumables to the in-vitro diagnostics, life sciences and medical technology industries as well as selected segments of the electronic industry.
Over many years of research and development, we have developed a unique combination of skills including nano- and microstructuring, coating technologies, polymer sciences and automated assembly and have set them to work in our mass production facilities.
- Design for manufacturing
- Mass manufacturing
- ISO 13485-certified plant
- Development engineering services
- Safety of supply
- High quality devices
- One partner from development to mass-production
- New and innovative technologies and business models
- Various prototyping solutions
- Close interaction with our customers
Our Value Chain
High-quality and cost-effective manufacturing of precision polymer parts and consumables are of utmost importance in the diagnostics industry as well as other industries.
Our interdisciplinary team of engineers offers full solutions for the fabrication of macro-, micro-, nano-structured and multi-layer polymer devices. Frequently beginning with the redesign of the device of interest we enable industrialization for mass production of precision polymer parts at our ISO13485 certified plant. Product categories:
- Cartridges for clinical and Point-of-Care IVD
- Microfluidic devices
- Micro arrays and arrays substrates
- Laboratory ware
"We offer an unbeaten value chain. We provide innovative design solutions and reliable manufacturing for increased throughput, standardization, lower assay costs and integration of various functionalities, plus customer focused world-class logistics” says Dr. Georg Bauer, SVP Product Development.
Industrialization starts with the right idea and the right design – usually co-developed by our customer and our interdisciplinary team of engineers.
We offer a smooth transition from device conception to mass manufacturing by fully understanding the initial system and assay requirements, as well as the essential cost drivers.
“Integrating different functions on one chip, e.g. molded filters or printed electrodes, is routine for us. Being able to anticipate and reduce the number of components and manufacturing steps at an early stage might sound trivial, but it can have a massive impact on yield, quality and final price,” says Ing. Gottfried Reiter, Principal Engineer.
Having translated the proof-of-concept into fully functional prototypes, these prototypes are used to optimize processes during pilot production – already considering the requirements of future mass-production.
“Frequently, we work with standardized formats e.g. CD format to keep the cost of prototyping as low as possible. For example we make a disc with all functional features mimicking the final production process. To maximize efficiency during the prototyping phase, we often obtain the final outer dimensions by micro milling the design from the disc,” says Dr. Werner Balika, Manager Assembly Projects.
Most mastering is kept in-house for rapid customer response and short turn-around time: our digital customizable mastering technology affords a lot of advantages and capabilities like Multi height features.
Layer heights between 50 nm and 300µm,
aspect ratios up to 12:1 and
small structure sizes down to 150 nm.
“In our business precision mastering is an essential prerequisite. Thanks to our in-house service the best technology and short turnaround time is a true value add for our customers” says Dr. Adrian Prinz, Development Engineer Mastering.
We provide development and production of smart plastic parts helping the customer to get the best performance and results from the instruments. The experience and knowledge of high volume disc manufacturing in the past is one of our pillars for mass production.
Our injection molding equipment is integrated with state-of-the-art robots that carefully handle molded parts, discard sprues and place finished parts on automated conveyors for laser marking, checking and packaging.
"Our integrated and flexible equipment enables us to offer proficient mass production of a customized product from quantities as low as hundreds up to millions of units” says DI Martin Karl, Manager Molding.
Sputtering is a powerful process to manipulate and change surface properties of injection molded polymers like wetting behavior, chemical resistance, permeability and conductivity.
Our sputter coating has clear advantages over other coating techniques like
- cost-effective manufacturing due to the option of in-line processing
- product consistency due to a highly reliable process
- being at the same time a “Green” process with no harmful emissions, no waste water pollution.
We claim to control the properties like wetting behavior, chemical resistance, permeability and conductivity with our Sputtering processes. Optimized over decades for the needs on molded polymer devices and for the special requirements of the in-vitro diagnostics, life sciences and medical industries” says Ing. Hans-Peter Niederberger, Development Manager Array Projects.
Customized, cutting - edge, tailor made bonding tools enable us to fulfill our customers high end requirements regarding:
- Optical quality,
- Pressure ressistance and
- geometrical tolerances
We offer a wide range of different bonding techniques for chip / chip bonding or chip / foil lamination like
- Thermal compression bonding,
- Solvent supported low temperature polymer bonding
- Laser Velding
- High Precision Bonding ( Alignment +/- 5µm ) and
- Pressure Sensitive Bonding (PSA).
“Together with our customers we develop unique processes for combining nano, micro and macrostructures. Our specialty is complete, fully automated bonding solutions with seamless in-line QC. We produce in a particle-disinfected environment and, if necessary, also provide appropriate quality assurance” says Ing. Christian Orasch, Bonding Engineer.
As part of our coatings portfolio, we offer coatings to provide amino- and epoxide-activated surfaces for subsequent spotting and DNA/protein binding. We achieve minimal variation in optical density across a plate with a standard deviation of less than 5 %.
In addition we offer many options for customized content filling or pre-loading of lab-on-a-chip consumables, e.g.:
- Liquids and solids, planar or localized on chip
- Variable volumes (pl to ml)
- Contactless dispensing/spotting
- Using diverse reagents (biological, chemical)
- Freeze drying of reagents
“We have set up dedicated, environmentally controlled spotting facilities suitable for the production of DNA based and antibody based microarrays. By November 2013, our first spotted consumables were commercially available,” says Maria Kaufmann, MA, Engineer.
For every customer’s specific needs, we can develop a made-to-measure assembly solution enabling semi-automated / fully automated assembly, full integration into the manufacturing process and automated in-line QC.
Primary competencies are e.g. the insertion of pins or gaskets, the integration of MEMS, electrodes, etc., mounting of chips into caddies and gluing. We also offer laser welding, sealing, the application of stickers and laser engraving.
“The list of services we offer is comprehensive and continually expanding to meet ever-growing customer requirements,” says Ing. Josef Hasibeder, Manager Automation Engineering.
Individual and standard packaging.
In addition to standard packaging, such as cardboard, blister or box packaging, we have engineering resources to design the right packaging for any customized product. From manual packaging for low volume products up to fully automated packaging for high volume products, we offer individual solutions.
“Providing standard or customized solutions - single packaging as well as industrial bulk packs for all kinds of markets – is a key attribute for STRATEC Consumables.,” says Christoph Dilena, Packaging Engineer.
We believe a strong focus on quality, process excellence and reliability, together with an unwavering commitment to customer needs, creates the foundation for a best-in-class commercial service.
ISO 13485-certified and GMP-ready, we offer:
- High-speed inspection
- Functional check for final products
- Optical in-line quality check for each product
“We have installed and validated processes for 24/7 QC monitoring in order to meet customer agreed specifications. Furthermore, we consistently follow and analyze real time data and trends; this ensures a fast reaction time and potential failure prevention,” says DI Thomas Ehrenfeld, Quality Manager.
Stratec Consumables Live
Instrumentation & Consumables
Location: Dusseldorf, Germany
AMP Annual Meeting
Instrumentation & Consumables
Location: Salt Lake City, UT, USA